SICK Sensors

Production stops don't announce themselves. One moment your line is running smoothly, the next you're facing an emergency shutdown with technicians scrambling to identify which safety device triggered the fault. Traditional safety systems leave maintenance teams playing detective, checking each sensor manually while...

Industrial automation increasingly relies on precise environment sensing to operate safely and efficiently. The new picoScan 2D LiDAR sensor from SICK addresses this need with advanced detection capabilities in a compact, cost-effective package.

What Makes the picoScan Different?

LiDAR (Light Detection and Ranging)...

Industrial safety systems frequently struggle with false alarms in harsh environments. Dust particles, ambient light, and reflective surfaces can trigger unnecessary shutdowns in conventional safety scanners. SICK's nanoScan3 with safeHDDM® (Safe High Definition Distance Measurement) technology offers a solution...

In today's fast-paced manufacturing environment, choosing the right sensor configuration can make the difference between consistent productivity and frustrating downtime. The SICK W10 photoelectric proximity sensor offers multiple operation modes designed to address specific application challenges without requiring...

The industrial automation environment demands reliable monitoring solutions that can provide both real-time observation and after-the-fact analysis. SICK's SEC110 EventCam delivers on both fronts with an industrial-grade design and sophisticated event-based recording capabilities tailored for manufacturing...

Smarter Sensing, Better Automation.

Meet the SICK picoScan - a high-performance 2D LiDAR sensor designed to tackle real-world challenges in automation, logistics, and robotics. Combining cutting-edge technology with real-world reliability, it delivers the accuracy and performance today’s systems demand - and scales...

Production stoppage due to safety scanner failures costs manufacturers thousands per hour in lost productivity. For AGV fleets and stationary machinery with protective devices, scanner replacement traditionally requires extensive rewiring and reconfiguration - until now.

System Plug Architecture: Technical...

The SICK W10 photoelectric sensor revolutionizes sensor configuration with the industry's first touchscreen display, eliminating traditional setup complexity. This icon-based interface replaces manual adjustments and external buttons, allowing operators to configure the sensor without referencing user manuals.

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After many years of successful use in countless industries, the S3000 safety laser scanner is now handing over the baton to its successor, the microScan3. microScan3: Innovative strength for your applications of today and tomorrow!The microScan3 safety laser scanner masters challenges such as ambient light, dust and...